Design Of Web Applications Research Articles

Foodies Full Stack Web Application: Connecting You to Your College Canteens

The "Foodies Full Stack Web Application" is designed to revolutionize the way college students interact with their campus canteen services by providing real-time access to menus, nutritional information, and personalized food recommendations. This project aims to bridge the gap between canteen owners and students, offering seamless communication and better decision-making for daily meals. By leveraging the power of the Spoonacular API, the platform can not only display available menu items but also offer detailed nutritional data, which is crucial for students with dietary preferences or restrictions. Additionally, the application uses machine learning to suggest dishes based on individual preferences, ensuring a tailored dining experience for each user. This project has been developed using modern web development technologies, integrating both front-end and back-end functionalities to create a responsive, user-friendly platform. The application has the potential to enhance user satisfaction, improve the efficiency of canteen operations, and promote healthier eating habits among students. This paper outlines the design, implementation, and testing of the Foodies Web Application, while also discussing future improvements and scalability.

Design and development of Pricing web application for Auto Component Manufacturing Industries

Design and development of Pricing web application for Auto Component Manufacturing Industries

Integrating Microservices and Microfrontends: A Comprehensive Literature Review on Architecture, Design Patterns, and Implementation Challenges

Purpose: This paper discuss the current trends in the combination of microservice and microfrontend as well as the architecturalstrategies and implementation issues. The rationale for the research is thus to examine how these technologies aid theimprovement and growth of today’s web applications. Design/Methodology/Approach: An analysis of existing literature published over the last decade of scholarly articles, articles ofindustry and conference proceedings were done. Thus, the work under discussion focuses on the architecture of differentpatterns, design, and tactics concerning microservices and microfrontends’ implementation. A comparative analysis was alsomade to compare the benefits, disadvantage as well as the effect on performance of these integration techniques. Findings/Results: From the analysis, it can be seen that microservices and microfrontends enhance modularity, scalability, andmaintainability of Web applications considerably. There have been certain specific complications which have rich remedies inform of design patterns like Backend for Frontend and Server-side Composition. However, problems like enhanced difficultyof the coordination, dependencies management, and guarantee of the proper interaction between services remain. Originality/Value: Therefore, this paper has reviewed and presented an updated literature review of microservices andmicrofrontends integration, together with the current trends for future studies. The presented survey provides usefulinformation for scholars interested in utilizing these architectures to advance the domain of web application design. Paper Type: Literature Review

Design of Web Applications in ASP.NET

Abstract: In the digital era, the development of robust web applications is crucial for providing efficient solutions across various domains. This paper presents the design and development of two distinct web applications using ASP.NET Core: a resort booking application and an expense tracker application. The resort booking application utilizes ASP.NET Core Model-ViewController (MVC) to manage resort operations, while the expense tracker leverages ASP.NET Web API with Angular for comprehensive financial management of the user. The applications are designed to be scalable, secure, and user-friendly, addressing common performance bottlenecks and ensuring optimal performance

Utilizing Design Thinking and User Experience Research for Effective Agricultural Labor Recruitment Web Application Design

The agricultural sector faces a significant challenge in recruiting a skilled workforce, with both landowners and tenant farmers struggling to find new laborers. Factors such as inadequate rural infrastructure and facilities, coupled with limited technology adoption, have diminished the appeal of working in the agricultural sector. Consequently, agricultural productivity has declined due to a shortage of adequate labor. To address this issue, a prototype web application named “Partner Tani” was designed to facilitate labor recruitment for farmers. The application design process employed the Design Thinking methodology and the User Experience Questionnaire (UEQ) to thoroughly understand user requirements. The design outcomes encompass both user interface and administrator interface components, developed using Figma. The prototype application features functionalities such as login, account registration, profile management, job posting and search, and complaint reporting. Evaluation using the UEQ revealed that the prototype application achieved exceptional scores across all user experience dimensions: Attractiveness (average score: 2,11), Perspicuity (average score: 1,42), Efficiency (average score: 2,33), Dependability (average score: 1,50), Stimulation (average score: 1,75), and Novelty (average score: 1,67). Average scores for Attractiveness, Efficiency, Stimulation, and Novelty fell within the “Excellent” range, while Perspicuity and Dependability scores were above average. These findings indicate that the “Partner Tani” application prototype holds promise in delivering a satisfying and efficient user experience for agricultural labor recruitment.

Leveraging Technology for Sustainable Support for the Elderly in the Social Assistance Grants Empowerment (SAGE)

Abstract The integration of Information Technology in Business processes supports automation which eventually adds to its value. The Social Assistance Grants Empowerment (SAGE) is a Uganda government social protection programme in which it supports the elderly needy through disbursement of direct income. The programme is executed through five phases. It however encounters several challenges that this paper addresses by leveraging technology. Among the phases, the complaints and grievances phase presented unique challenges that required quick intervention. The decision was achieved through application of a rank matrix technique. Using BPR and design science methodologies, the C&G subprocess was reengineered, where new models were developed that informed the design of mobile and web applications to support the automation and process improvement. Moreover, simulation results from 2 scenarios are presented to compare the old and revised model. The revised model exhibited greater improvements where a case can be resolve in 8 days compared to over 2 months period in the old case. The tools are yet to be evaluated and fully deployed.

Continuous training based on the needs of operating room nurses using web application: a new approach to improve their knowledge

IntroductionSince university education and intensive and limited pre-service training do not provide an acceptable level of performing the duties of operating room nurses, and considering the limitations of traditional training methods in the field of operating room; This study was conducted with the aim of determining the effect of using the electronic education approach based on web application, leveled, personalized and based on the needs of nurses on their level of knowledge and satisfaction.Materials and methodsThis research is a quasi-experimental type of single-group multi-center pre-test-post-test, which during that, four stages of educational needs assessment, educational content design, web application design for training and evaluation of operating room nurses and determining the effectiveness of this method are included. Based on their knowledge and satisfaction, during this period, 36 nurses from the operating rooms that met the study criteria were included in the study by stratified random sampling based on the determined sample size. The data collection includes a four-choice test to measure the knowledge of operating room nurses in heart anatomy (score range 0–20), the principles of movement, transferring and positioning of the patient in the operating room (score range 0–15), the principles of ergonomics in the operating room (score range score 0–10) and satisfaction questionnaire (score range 0–28). Data collected using descriptive statistical tests (percentage of frequency and frequency, mean and standard deviation) and analytical tests (paired sample t-test, independent samples t-test, ANOVA, Pearson correlation, chi-square) with the software SPSS version 16 was analyzed.ResultsGenerally, the average knowledge scores of operating room nurses before and after the intervention were 5.96 ± 3.96 vs. 13.6 ± 3.77, in the course of principles of moving, transferring and positioning the patient in the operating room were 6.3 ± 3.42 vs. 13.3 ± 1.32, respectively 8.7 ± 3.97 vs. 18.1 ± 1.07 (in heart anatomy), 1.57 ± 2.6 vs. 0.73 ± 9.1 (in the principles of ergonomics in the operating room) and the average Knowledge scores after the intervention were significantly higher than before the intervention (P<0.001). Also, the average satisfaction score of nurses was 21.3 ± 5.83 and 22 nurses (64.7%) were satisfied with the e-learning course.ConclusionThe use of the electronic education approach based on the web application, leveled, personalized and based on the needs of the nurses, led to the improvement of the level of knowledge and satisfaction of the operating room nurses. E-learning can be used as a complementary educational tool and method for continuous training of operating room nurses in other specialized fields of operating room and surgery.Highlights• Educational content in the form of educational videos taught by professors of medical sciences universities on each of the topics of heart anatomy (28 episodes of 5–10 minutes), principles of ergonomics in the operating room (7 episodes of 5–25 minutes) and movement principles. The transfer and positioning of the patient in the operating room (16 episodes of 10–20 minutes) were designed in three primary, intermediate and advanced levels.• The results of this study showed that the use of an electronic education approach based on the web application, levelled, personalized and based on the needs of nurses, led to the improvement of the knowledge of operating room nurses. Also, operating room nurses were delighted with electronic training courses. E-learning can be used as a complementary educational tool and method for continuous training of operating room nurses in other specialized fields of operating room and surgery.• Based on the results of this study, the use of an electronic education approach based on the needs of operating room nurses can be used as a complementary tool to conventional continuous education. Since this method allows interactive, personalized education is levelled, and asynchronous. It can be used at any time and place on a laptop, tablet or mobile phone; a wide range of operating room nurses in the hospitals of the Islamic Republic of Iran can use it for educational justice to Many borders should be established in the country. However, there are studies to evaluate the generalizability and the effect of using the e-learning approach on the clinical skills of operating room nurses and to compare the effect of e-learning with other methods and educational tools on the knowledge and skills of the learners and the extent of consolidating the learned material in their memory.

Design and Implementation of an Extranet Web Application for Collaborative Education at the Faculty of Sciences and Techniques – Comoros

This paper presents an interactive e-learning web platform for the Faculty of Sciences and Techniques, University of Comoros. This Extranet application replaces the manual Excel processing during session examination by proposing a fully automated programming application. The proposed platform helps to minimize errors that occur when using Excel manipulation, students’ interaction with the department, and waiting time before a response. The application leads also to a centralization of the results after deliberation and students can consult their detailed results over the different islands without having to come back to the campus. For the security of the developed platform, we used the well-known efficient agile method that allows us to facilitate task management during the process. The full platform was designed using the UML, and the implementation was done under object-oriented programming. The system was built using PHP, HTML, CSS, Symfony, JavaScript, and MySQL. For the Extranet considerations, all users are given a non-modifiable username and a unique password to access the application. During the testing period, the administration service was able to accept student requests such as reports and attestation, and scores claiming and students were automatically notified of the evolution of their requests.

Real-Time Environmental Monitoring Using Low-Cost Sensors in Smart Cities with IoT

In recent years, people are getting aware of environmental pollution which results in a growing demand for robust systems that is capable of monitoring environmental conditions in real time. An efficient air quality monitoring system is not only essential for public awareness but also has significant industrial applications. For instance, in mining and heavy industries, there is a risk of air pollution from various hazardous gases, and having an effective monitoring system could be life-saving for employees. Within the context of expensive sensor networks, challenges such as data acquisition, management, connectivity, and energy consumption is getting too high. Internet of Things (IoT) technology addresses these challenges. This study introduces an IoT-based framework designed to track environmental conditions with the help of several sensors. This system enables users to measure temperature, humidity, and the presence of dangerous gases in both indoor and outdoor settings. Data collected is stored on a web server, accessible globally via the internet. Moreover, a specially designed web application provides critical information and allows users to receive notifications for significant environmental fluctuations detected by the sensors. Compared to similar systems, our proposed solution stands out due to its affordability, precision, user-friendly interface, cloud-based architecture, and its comprehensive monitoring and data visualization capabilities. The system underwent rigorous evaluation in various scenarios, demonstrating a high level of accuracy and dependability in its performance.

Design and Development of an Online Legal Consultation Web Application

Design and Development of an Online Legal Consultation Web Application

Advancing Population Health Through Open Environmental Data Platforms.

Data stand as the foundation for studying, evaluating, and addressing the multifaceted challenges within environmental health research. This chapter highlights the contributions of the Canadian Urban Environmental Health Research Consortium (CANUE) in generating and democratizing access to environmental exposure data across Canada. Through a consortium-driven approach, CANUE standardizes a variety of datasets - including air quality, greenness, neighborhood characteristics, and weather and climatic factors - into a centralized, analysis-ready, postal code-indexed database. CANUE's mandate extends beyond data integration, encompassing the design and development of environmental health-related web applications, facilitating the linkage of data to a wide range of health databases and sociodemographic data, and providing educational training and events such as webinars, summits, and workshops. The operational and technical aspects of CANUE are explored in this chapter, detailing its human resources, data sources, computational infrastructure, and data management practices. These efforts collectively enhance research capabilities and public awareness, fostering strategic collaboration and generating actionable insights that promote physical and mental health and well-being.

UI/UX design of the PDBI digital art gallery web application using design thinking method

Documentation of digital artwork is essential for designers, serving as a copyrightable asset that can be included in a student's portfolio. User interface design is chosen as the gateway for developing the PDBI Digital Art Gallery Application. It is anticipated that a well-designed user interface will be part of the feasibility analysis for further development into a comprehensive and beneficial application. The research method employed in this study is design thinking, involving the construction of a user interface and usability testing for the PDBI digital art gallery application using a qualitative approach with a case study research type. Data collection techniques include observation, competitor analysis, and questionnaire distribution to obtain user experience feedback on the application. The introduction of the PDBI Digital Art Gallery application is expected to enable PDBI students to easily archive, showcase, sell, and create digital works, empowering student digital products as intended.

Design Get up Application E-Commerce Based Web Using the Agile Kanban Method ( Case Study at Bandung Digital Marketing Friends )

Study This gives a clear view of How a company can face problem displacement sales from marketplaces to e-commerce websites, companies realize that depending on the marketplace it has a number of limitations and challenges.From the problems mentioned above, then _ proposed For building purposeful web application For design and develop web-based e-commerce application. In this process, System web applications use modeling Draw Io system, with PHP programming language, and phpMyAdmin database, PHP Framework Laravel 9.Test results on the system This shows that from the results Index percentage earned on each _ statement pointed out average results the percentage is 74.66% With results, then it is stated in testing to achievement utility application stated worthy accepted with Satisfactory status

Proposed Secure Hypertext Model in Web Engineering

Secure web application development is one of the prime challenges for the software industry. In the last decade, web applications have rapidly developed but web engineering methods have some limitations while designing web applications. The extensive literature survey explores various concepts like web engineering, hypertext modelling, web applications hypertext modelling methods, attacks on web applications, same origin policy (SOP) and cross origin resource sharing (CORS). The complexity of web pages is a major concern for security. The proposed secure hypertext model (SHM) provides hypertext modelling of web applications and helps in the identification of attacks on hypertext links. It provides security stereotypes and precisely specifies vulnerability defences in web application design. This standardized attack vector and defence mechanism will help developers to build more secure applications.

Layout Cross-Browser Failure Classification for Mobile Responsive Design Web Applications: Combining Classification Models Using Feature Selection

Cross-browser incompatibilities (XBIs) are defined as inconsistencies that can be observed in Web applications when they are rendered in a specific browser compared to others. These inconsistencies are associated with differences in the way each browser implements its capabilities and renders Web applications. The inconsistencies range from minor layout differences to lack of core functionalities of Web applications when rendered in specific browsers. The state of the art proposes different approaches for detecting XBIs and many of them are based on classification models, using features extracted from the document object model (DOM) structure (DOM-based approaches) and screenshots (computer vision approaches) of Web applications. To the best of our knowledge, a comparison between DOM-based and computer vision classification models has not yet been reported in the literature, and a combination between both approaches could possibly lead to increased accuracy of classification models. In this article, we extend the use of these classification models for detecting layout XBIs in responsive design Web applications, rendered on different browser viewport widths and devices (iPhone 12 mini, iPhone 12, iPhone 12 Pro Max, and Pixel XL). We investigate the use of state-of-the-art classification models (Browserbite, CrossCheck, and our previous work) for detecting layout cross-browser failures, which consist of layout XBIs that negatively affect the layout of responsive design Web applications. Furthermore, we propose an enhanced classification model that combines features from different state-of-the-art classification models (DOM based and computer vision) using feature selection. We built two datasets for evaluating the efficacy of classification models in separately detecting external and internal layout failures using data from 72 responsive design Web applications. The proposed classification model reported the highest F1-score for detecting external layout failures (0.65) and internal layout failures (0.35), and these results reported significant differences compared to Browserbite and CrossCheck classification models. Nevertheless, the experiment showed a lower accuracy in the classification of internal layout failures and suggests the use of other image similarity metrics or deep learning models for increasing the efficacy of classification models.

Clustering of Non-Associated Item Sets for Analyzing Show Room Sales Dataset

Market basket analysis (MBA) is a well-liked method for identifying relationships between products that people purchase in a database. It is predicated on association rule mining (ARM), a data mining technique that pulls valuable data from huge databases. Due to consumers using internet applications for online shopping and insurance, an ever-increasing amount of data is generated online. It produces large amounts and, if mined effectively, will greatly benefit society as a whole as well as individuals. So, numerous data science and machine learning-related techniques have been created to gradually unlock the potential. The Clustering of Non-Associated Item Sets (CNAIS) of the Sales dataset used in the Showroom for choosing customers for benefits and web application design is discussed in this study. The CNAIS algorithm implementation process and dataset for this study are discussed.

Design and Implementation of Web Applications for the Well-Being of Children Suffering From Dyslexia

Dyslexia is a specific disability that is difficult to diagnose, even for professionals who deal with health issues. Therefore, it is derived indirectly from the Greek words "dis" and "lexi" [δυσ + λέξις], meaning "difficult word". Dyslexia is a learning disability that impairs a child's reading, writing, and spelling abilities. It is one of the most widespread learning problems, affecting up to 15% of the population, according to estimates. Symptoms of well-being can manifest in various ways, such as difficulty in writing, reading, learning, space orientation, reading aloud, or continuity in speaking. Based on medical sources, dyslexia is very likely inherited, but it is most often identified when the child begins the first stage of education. Primary school children are typically treated using quantitative and qualitative methods that seek early identification of symptoms and support parents and teaching staff in the service of children with dyslexia. In this context, a case study was conducted in the municipality of Prizren, involving students' well-being, parents, teaching staff, administrative staff, and school management. Additionally, a web application was specifically designed for the well-being of this category of students and evaluated by experienced IT experts. The web application is designed to help children with dyslexia improve their phonological awareness, reading speed, and comprehension. It also provides resources and different materials for parents and educators, such as lesson plans and instructional videos. Overall, web applications for dyslexic children's well-being have the potential to enhance their reading and writing abilities, build their self-esteem, and advance their general mental health. We can assist children with dyslexia in overcoming their obstacles and realizing their full potential by creating accessible, interesting, and useful web applications. The research results will show the Republic of Kosovo better and will allow you to have more interest in continuing the research in this field!

Rancang Bangun Sistem Irigasi Tetes dan Monitoring Kualitas Lahan Pertanian Tadah Hujan Berbasis Web

In this study the object studied was rainfed agricultural land, this type of agriculture depends on rainwater so good management is needed in managing the cropping system to produce optimal results. The drip irrigation system can be used when the dry season arrives to support the quality of moisture in the soil and soil quality monitoring is carried out to determine the planting of corn plant seeds. The prototype method is used in designing drip irrigation systems and monitoring the quality of agricultural land. System design using the prototype method is one of the software design techniques used in designing web applications. The application is designed using the PHP programming language and the framework used is CodeIgniter (CI), so the Unified Modeling Language (UML) is designed. Internet of Things uses NodeMCU ESP8266 as a microcontroller that will connect to the web. The results of the sensor test for 30 minutes on soil moisture can be maintained at 40-80% humidity when drip irrigation is running. When the water in the tank runs out and drip irrigation is not running, the soil moisture will decrease by 30%, the soil pH value is at a value of 6-7% and the temperature value is at 21-34 degrees Celsius, the soil quality is suitable for planting corn seeds. The drip irrigation system can be used when the dry season arrives to keep the soil moist and this land monitoring is useful for farmers in determining good land conditions for planting corn seeds. The system design can be further developed by adding sensors to the water control in the drip irrigation tube to measure the amount of water used.

BMaps: A Web Application for Fragment-Based Drug Design and Compound Binding Evaluation.

Fragment-based drug design uses data about where, and how strongly, small chemical fragments bind to proteins, to assemble new drug molecules. Over the past decade, we have been successfully using fragment data, derived from thermodynamically rigorous Monte Carlo fragment-protein binding simulations, in dozens of preclinical drug programs. However, this approach has not been available to the broader research community because of the cost and complexity of doing simulations and using design tools. We have developed a web application, called BMaps, to make fragment-based drug design widely available with greatly simplified user interfaces. BMaps provides access to a large repository (>550) of proteins with 100s of precomputed fragment maps, druggable hot spots, and high-quality water maps. Users can also employ their own structures or those from the Protein Data Bank and AlphaFold DB. Multigigabyte data sets are searched to find fragments in bondable orientations, ranked by a binding-free energy metric. The designers use this to select modifications that improve affinity and other properties. BMaps is unique in combining conventional tools such as docking and energy minimization with fragment-based design, in a very easy to use and automated web application. The service is available at https://www.boltzmannmaps.com.

Design and Development of a Multi-Faceted Online Campus Platform to Improve Student Engagement and Satisfaction in Higher Education

This study proposes the design and development of a “multi-faceted”, “online campus platform” that combines the benefits of technology in education and social media use. The aim is to provide a centralized location for “campus information”, services, and resources while measuring and improving student engagement through social media features with a balance between the benefits of social media and the need for privacy and security. The study examines the factors that can affect the platform, such as “adoption rate”, “user engagement”, “ease of use, privacy and security”, technical support, and integration of image-sharing. The method used is the ISO 25010 software system, which tests and evaluates the platform's functional stability, data reliability, accessibility, and validity. The study concludes that the platform is beneficial to students, providing easy access to a range of information without navigating multiple websites. The web application design is fast and accessible, and the social media features are effective in improving student engagement and satisfaction.